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 2006-12-09, 10:50 #1 ValerieVonck     Mar 2004 Belgium 11010011112 Posts Archive 1 for Other results (>155) Code: 353 done up to 1000T n=353, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2075219 Time=2097 sec. n=353, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2074096 Time=2173 sec. n=353, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2074127 Time=2077 sec. n=353, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2071722 Time=2078 sec. n=353, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2071114 Time=2064 sec.
 2006-12-09, 10:52 #2 ValerieVonck     Mar 2004 Belgium 7×112 Posts k=354 from 0 to 1000T Code: 354 done up to 1000T n=354, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=3465671 Time=3440 sec. n=354, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=3469075 Time=3442 sec. n=354, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=3472745 Time=3689 sec. n=354, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=3468123 Time=3708 sec. n=354, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=3469421 Time=3384 sec.
 2006-12-09, 11:54 #3 ValerieVonck     Mar 2004 Belgium 34F16 Posts k=301 & 302 from 0 to 1000T Code: 301 and 302 done up to 1000T n=301, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6855018 Time=5310 sec. n=301, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6854331 Time=5328 sec. n=301, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6856176 Time=5318 sec. n=301, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6853317 Time=5346 sec. n=301, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6858538 Time=5322 sec. n=302, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6736894 Time=5339 sec. n=302, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6739686 Time=5353 sec. n=302, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6734202 Time=5346 sec. n=302, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6738905 Time=5374 sec. n=302, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=6731493 Time=5351 sec.
 2006-12-09, 21:03 #4 ValerieVonck     Mar 2004 Belgium 7·112 Posts k=273 & 274 from 0 to 1000T Code: 273 and 274 done up to 1000T n=273, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2448558 Time=1743 sec. n=273, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2453235 Time=1738 sec. n=273, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2445502 Time=1746 sec. n=273, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2445971 Time=1744 sec. n=273, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2447865 Time=1741 sec. n=274, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=13382436 Time=9520 sec. n=274, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=13379055 Time=9549 sec. n=274, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=13377450 Time=9525 sec. n=274, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=13376883 Time=9540 sec. n=274, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=13376586 Time=9563 sec.
 2006-12-09, 21:04 #5 ValerieVonck     Mar 2004 Belgium 7·112 Posts k=355 from 0 to 1000T Code: 355 done up to 1000T n=355, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=10871543 Time=10142 sec. n=355, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=10872457 Time=10240 sec. n=355, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=10878090 Time=10324 sec. n=355, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=10872219 Time=10347 sec. n=355, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=10867662 Time=10255 sec.
 2006-12-09, 21:05 #6 ValerieVonck     Mar 2004 Belgium 7·112 Posts k=275 & 276 from 0 to 1000T Code: 275 and 276 done up to 1000T n=275, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=5287103 Time=3388 sec. n=275, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=5286981 Time=3393 sec. n=275, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=5284827 Time=3387 sec. n=275, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=5285979 Time=3386 sec. n=275, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=5286398 Time=3386 sec. n=276, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2362961 Time=1726 sec. n=276, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2361768 Time=1716 sec. n=276, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array 485085070402065 276 The sieving is complete. Number of Prp tests=2363345 Time=1725 sec. n=276, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2360804 Time=1728 sec. n=276, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2361598 Time=1721 sec.
 2006-12-09, 21:06 #7 ValerieVonck     Mar 2004 Belgium 7×112 Posts k=303 from 0 to 1000T Code: 303 done up to 1000T n=303, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=1861152 Time=1722 sec. n=303, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=1863107 Time=1725 sec. n=303, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=1859931 Time=1721 sec. n=303, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=1862415 Time=1727 sec. n=303, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=1862610 Time=1722 sec.
 2006-12-09, 21:10 #8 ValerieVonck     Mar 2004 Belgium 7·112 Posts k=356 from 0 to 1000T Code: 356 done up to 1000T n=356, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2575976 Time=2194 sec. n=356, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2574902 Time=2197 sec. n=356, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2577445 Time=2297 sec. n=356, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2576438 Time=2354 sec. n=356, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2576482 Time=2306 sec.
 2006-12-10, 16:44 #9 ValerieVonck     Mar 2004 Belgium 7×112 Posts k-276, 277, 278 from 0 to 1000T Code: 276, 277 and 278 done up to 1000T n=276, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2362961 Time=1726 sec. n=276, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2361768 Time=1716 sec. n=276, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array 485085070402065 276 The sieving is complete. Number of Prp tests=2363345 Time=1725 sec. n=276, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2360804 Time=1728 sec. n=276, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2361598 Time=1721 sec. n=277, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array 182788493318865 277 The sieving is complete. Number of Prp tests=11441563 Time=8573 sec. n=277, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=11444804 Time=8540 sec. n=277, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=11443704 Time=8567 sec. n=277, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=11444922 Time=8543 sec. n=277, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=11447809 Time=8572 sec. n=278, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2445592 Time=1980 sec. n=278, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2448844 Time=1992 sec. n=278, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2446808 Time=1991 sec. n=278, kmin=600T, kmax=800T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2443500 Time=1981 sec. n=278, kmin=800T, kmax=1000T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=2445199 Time=1995 sec.
 2006-12-10, 16:47 #10 ValerieVonck     Mar 2004 Belgium 15178 Posts k=279 from 0 to 600T Code: 279 up to 600T n=279, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=5975227 Time=3633 sec. n=279, kmin=200T, kmax=400T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=5975936 Time=3646 sec. n=279, kmin=400T, kmax=600T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=5973177 Time=3675 sec. Last fiddled with by ValerieVonck on 2006-12-10 at 16:49
 2006-12-10, 16:50 #11 ValerieVonck     Mar 2004 Belgium 7·112 Posts k=307 to 200T Code: 307 to 200T n=307, kmin=0T, kmax=200T, version=6.0, here T=10^12 Starting the sieve... Using the first 9 primes to reduce the size of the sieve array 130753976803995 307 The sieving is complete. Number of Prp tests=16729284 Time=11111 sec.

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